Pro-face LT3300 Series Installation guide

Brand: Pro-face

Model: LT3300 Series

Type: Installation guide

LT-3300 Series

Installation Guide

Package Contents

(1) LT Unit (1)

(2) English and Japanese Installation Guides

(one of each) <This Guide>

(3) Warning/Caution Information (1)

(4) English and Japanese EX Module

Hardware Manual *1 (1)

(5) Installation Gasket (1, attached to the LT

unit)

(6) Installation Fasteners (Set of 4)

(7) DIO Connector (1)

(8) Power Connector (1)

(9) USB Cable Clamp (1 set)

(Holder: 1, Cover: 1)

(10)EX module *1

Hook (only for LT-3300 Series) (1)

This unit has been carefully packed, with

special attention to quality. However, should

you find anything damaged or missing,

please contact your local LT distributor

immediately.

About the Manual

For the detailed information on LT3000

series, refer to the following manual.

• LT3000 Series Hardware Manual

• Maintenance/Troubleshooting

• GP-Pro EX Reference Manual “Con-

trolling External I/O”

• Device/PLC Connection Manual

LT3000 Series Hardware Manual can be

selected from the help menu of GP-Pro EX or

downloaded from Pro-face Home Page.

URL

http://www.pro-face.com/otasuke/

Caution

Be sure to read the “Warning/Caution

Information” on the attached sheet before

using the product.

*1 The EX module is an extension I/O unit for the LT

3000 series. To use the EX module, be sure to read

the supplied manual.

Part Names and Functions

Name Description

AStatus LED

B DIO Interface (DIO) The interface to external I/O equipment

CAUX Unit Interface/

Expansion Unit (EXT2) Used to connect additional units (communication

function, etc.).

D EX Module Interface (EXT1) Used to connect the Pro-face's EX Module

E Power Plug Connector —

FEthernet Interface

(10BASE-T/100BASE-TX) An RJ-45 type modular jack connector (8-pole) is used.

G USB Host Interface (USB)

1 port

Conforms to USB1.1. (TYPE-A conn.)

Power Supply Voltage: DC5V ±5%

Output Current: 500mA (at maximum)

The maximum communication distance is 5m.

H Serial Interface (COM1) D-sub 9-pin plug type connector.

Communication method (RS232C/RS422/RS485) is

switched via software.

Front Rear

ACD

Bottom

B E

Right side

Color Indicator Operation Mode

(Drawing) Logic execution mode

(when logic is

enabled)

Green ON OFFLINE —

In operation RUN

Flashing In operation STOP

Red ON When power is turned on.

Flashing In operation Major Error

Orange ON Backlight burnout

Flashing During software startup

General Specifications

Electrical Specifications

Environmental Specifications

Power Supply

Input Voltage DC24V

Rated Voltage DC19.2 to 28.8V

Allowable

Voltage Drop 3ms (max.)

Power

Consumption 27W (max.)

In-Rush

Current 30A (max.)

Voltage Endurance AC1000V 20mA for 1minute (between charging and FG terminals)

Insulation Resistance DC500V 10MΩ (min.) (between charging and FG terminals)

Physical

Surrounding Operating

Temperature 0 to +50°C*1

*1 When using in an environment where the temperature becomes or exceeds 40°C for an extended

period of time, the screen contrast level may decrease from its original level of brightness.

Storage Temperature -20 to +60°C

Ambient Humidity 10 to 90% RH

(Wet bulb temperature: 39°C max. - no condensation.)

Storage Humidity 10 to 90% RH

(Wet bulb temperature: 39°C max. - no condensation.)

Dust 0.1mg/m3 and below (non-conductive levels)

Pollution Degree For use in Pollution Degree 2 environment

External Interfaces

• For instructions on how to connect to other devices, always refer to the “GP-Pro EX

Device/PLC Connection Manual”.

• Always connect the #5 SG (Signal Ground) of the LT unit to the connected device,

especially if the connected device is also not isolated. Failure to do so may damage

the RS232C/RS422/RS485 circuit.

• When isolation is necessary, you can use the RS232C isolation unit (CA3-ISO232-01) on

COM1.

COM1

Recommended Cable Connector XM2D-0901 <made by OMRON Corp.>

Recommended Jack Screw XM2Z-0073 <made by OMRON Corp.>

Recommended Cable Cover XM2S-0913 <made by OMRON Corp.>

Interfit Bracket #4-40 UNC screws are used.

Pin # RS232C RS422/RS485

Signal Name Meaning Signal Name Meaning

1 CD Carrier Detect RDA Receive Data A(+)

2 RD(RXD) Receive Data RDB Receive Data B(-)

3 SD(TXD) Send Data SDA Send Data A(+)

4 ER(DTR) Data Terminal Ready ERA Data Terminal Ready A(+)

5 SG Signal Ground SG Signal Ground

6 DR(DSR) Data Set Ready CSB Clear to Send B(-)

7 RS(RTS) Request to Send SDB Send Data B(-)

8 CS(CTS) Clear to Send CSA Clear to Send A(+)

9CI(RI)/VCC

Called status display/

+5V±5% Output 0.25A*1

*1 The RI/VCC selection for Pin #9 is switched via software. The VCC output is not protected against

overcurrent. To prevent damage or unit malfunctions, use only the rated current.

ERB Data Terminal Ready B(-)

Shell FG Frame Ground

(Common with SG) FG Frame Ground

(Common with SG)

DIO Interface (Connector)

• When preparing the cable to connect the wiring, check the pin numbers inscribed on

the DIO Connector.

• Parenthesized signal names ( ) indicate when Pulse output (PLS∗), PWM output (PWM∗), or

Counter Input (CT∗) are used.

Applicable connector 2-1871940-9 <Tyco Electronics AMP.>

CA7-DIOCN5-01 <Pro-face>

Pin Arrangement Pin No. Signal Name Pin No. Signal Name

A1 IN1 B1 IN0 (CT0)

A2 IN3 B2 IN2 (CT1)

A3 IN5 B3 IN4 (CT2)

A4 IN7 B4 IN6 (CT3)

A5 IN9 B5 IN8

A6 IN11 B6 IN10

A7 IN13 B7 IN12

A8 IN15 B8 IN14

A9 NC B9 COM

A10 Sink: NC B10 Sink: +24V

Source: +24V Source: +24V

A11 Sink: 0V B11 Sink: 0V

Source: NC Source: 0V

A12 OUT1

(PLS1, PWM1) B12 OUT0

(PLS0, PWM0)

A13 OUT3

(PLS3, PWM3) B13 OUT2

(PLS2, PWM2)

A14 OUT5 B14 OUT4

A15 OUT7 B15 OUT6

A16 OUT9 B16 OUT8

A17 OUT11 B17 OUT10

A18OUT13B18OUT12

A19OUT15B19OUT14

(Cable connection side)

A1 B1

B19

A19

Input Specifications

• Input Derating

Using LT input voltage that exceeds the rated voltage, the input ON voltage, the number of input

points or the LT’s temperature can effect. Also, the LT's input section could overheat, which

could lead to an accident or malfunction. Refer to the following drawing and perform Input

Derating within the LT unit’s rated range.

Rated Voltage DC24V

Maximum Allowable Voltage DC28.8V

Input Method Sink/Source Input

Rated Current 6.5mA (DC24V) (IN0, IN2, IN4, IN6)

4.1mA (DC24V) (Other input)

Input Resistance Approx. 3.7kΩ (IN0, IN2, IN4, IN6)

Approx. 5.9kΩ (Other input)

Input Derating •Input Derating (6 page)

Input Points 16

Common Lines 1

Common Design 16 points/1 common line

Operation

Range ON Voltage DC19V or more

OFF Voltage DC5V or less

Input Delay

Time*1

*1 In the case of IN0, IN2, IN4, and IN6, the input delay time generates a 5µs delay.

For example, in the case of a 0.5ms-cycle sampling:

5µs (ON to OFF) + 0.5ms (sampling cycle) + 5µs (OFF to ON) = 0.51ms

A minimum 0.51ms-restriction is imposed on the input pulse width.

In the case of IN1, IN3, IN5, and from IN7 to IN15, the input delay time generates a 0.5ms-delay.

For example, in the case of a 0.5ms-cycle sampling:

0.5ms (ON to OFF) + 0.5ms (sampling cycle) + 0.5ms (OFF to ON) = 1.5ms

A minimum 1.5ms-restriction is imposed on the input-pulse width.

OFF to ON 0.5 to 20ms*2

*2 Digital filter can be set at intervals of 0.5 ms.

ON to OFF 0.5 to 20ms*2

Input Signal Display No LED indicators

Status Display None

Isolation Method Photocoupler Isolation

External Connection 38-pin connector (used with Output section)

External Power Supply For Signal: DC 24V

SEE

(%)

100

001020304050(°C)

Input ON Rate

Ambient Operating Temperature

For vertical mounting

DC24.0 to 25.2V

DC28.8V

For horizontal mounting

DC24.0 to 26.4V

• Input Circuit

Output Specifications

Output Terminal OUT0 to OUT3 OUT4 to OUT15

Rated Voltage DC24V

Allowable Voltage Range DC20.4V to DC28.8V

Output Method LT330∗-∗1-D24-K Sink Output

LT330∗-∗1-D24-C Source Output

Maximum Load Voltage 0.2A /point, 1.6A /common

Min. Load Current 1mA 1mA (Pulse/PWM out-

put unavailable)

Output Voltage Drop DC0.5V or less

Output Delay

Time

OFF to ON 5µs or less (With output

at DC24V, 200mA) 0.5ms or less (With

output at DC24V, 200mA)

ON to OFF 5µs or less (With output

at DC24V, 200mA) 0.5ms or less (With

output at DC24V, 200mA)

Voltage Leakage (when OFF) 0.1mA or less

Clamp Voltage 39V ± 1V

Type of Output Transistor Output

Common Lines 2

Common Design 8 points/1 common line x2

External Connection 38-pin connector (also used for Input)

Output Protection Type Output is unprotected

Internal Fuse 3.5A, 125V Chip fuse x2 (not replaceable)

Surge Control Circuit Zener diode

Output Points 16

Output Signal Display No LED indicators

Status Display Element None

Isolation Method Photocoupler Isolation

External Power Supply For Signal: DC 24V

DC 24V

External Power

Internal Circuit

COM B9

IN15 A8

-+*1

*1 Dotted line shows

connection to sink

output type.

IN14 B8

IN13 A7

IN12 B7

IN11 A6

IN10 B6

IN9 A5

IN8 B5

IN7 A4

IN6 B4

IN5 A3

IN4 B3

IN3 A2

IN2 B2

IN1 A1

IN0 B1

•LT330∗-∗1-D24-K Output Circuit (Sink type)

• Since the output terminals are not electrically protected, an output line might be short-cir-

cuited or a connection fault might burn the external devices and LT. Be sure to install an appli-

cable fuse for each output terminal if there should be the risk for the current running over the

rating.

•LT330∗-∗1-D24-C Output Circuit (Source type)

• Since the output terminals are not electrically protected, an output line might be short-cir-

cuited or a connection fault might burn the external devices and LT. Be sure to install an appli-

cable fuse for each output terminal if there should be the risk for the current running over the

rating.

+24V B10

0V B11

Internal Circuit

OUT7 A15

Internal Circuit

Fuse

3.5A +

-DC 24V

External

Power

OUT6 B15

OUT5 A14

OUT4 B14

OUT3 A13

OUT2 B13

OUT1 A12

OUT0 B12

OUT0 to OUT3 only

Dummy Resistor*1

Internal Circuit

Fuse

3.5A

0V A11

OUT15 A19

OUT14 B19

OUT13 A18

OUT12 B18

OUT11 A17

OUT10 B17

OUT9 A16

*1 OUT0 to OUT3 only

(Example) The output

delay time (OFF to

ON) is 1.5µs where

the output current is

DC 24V, 50mA. Install

an external dummy

resistor to increase

the amount of current

when more

responsiveness is

required and the load

is light.

OUT8 B16

+24V B10

Internal Circuit

OUT7 A15

Internal Circuit

Fuse

3.5A +

-DC 24V

External

Power

OUT6 B15

OUT5 A14

OUT4 B14

OUT3 A13

OUT2 B13

OUT1 A12

Internal Circuit

Fuse

3.5A

+24V A10

OUT14 B19

OUT13 A18

OUT12 B18

OUT11 A17

OUT10 B17

OUT9 A16

OUT8 B16

OUT0 B12

OUT0 to OUT3 only

Dummy Resistor*1

0V B11

OUT15 A19

*1 OUT0 to OUT3 only

(Example) The output

delay time (ON to

OFF) is 1.5µs where

the output current is

DC 24V, 50mA. Install

an external dummy

resistor to increase

the amount of current

when more

responsiveness is

required and the load

is light.

High-Speed Counter / Pulse Catch Input Specifications

DIO Standard Input/Output is used as a High-Speed Counter Input. The setup is done by the

GP-Pro EX. GP-Pro EX Reference Manual “Controlling External I/O”

Pulse/PWM Output Specifications

DIO Standard Input/Output is used as a Pulse Output or PWM Output. The setup is done by

the GP-Pro EX. GP-Pro EX Reference Manual “Controlling External I/O”

Counter Pulse Catch

Input DC24V Open Collector DC24V

Open Collector

Single Phase

(4 points) 2 Phase

(1 point or 2 points)

Input Points

CT0 (IN0),

CT1 (IN2),

CT2 (IN4),

CT3 (IN6)

CT0 (IN0), CT1 (IN2) (used as pair)

CT0: A Phase, CT1: B Phase

CT2 (IN4), CT3 (IN6) (used as pair)

CT2: A Phase, CT3: B Phase

IN0, IN2,

IN4, IN6

High Speed Count

Frequency 100Kpps 50Kpps ⎯

Marker Input

(Counter Value Clear) None IN3, IN7 ⎯

Pulse Output PWM Output

Output Points 4 Points

Output Method PLS0 to PLS3 (OUT0 to

OUT3) defined by user PWM0 to PWM3 (OUT0 to

OUT3) defined by user

Load Voltage DC24V

Min. Load Current 1mA

Max. Output Frequency Up to 65kHz possible per point (set through software)*1

*1 A limit of maximum output frequency is imposed on the pulse outputs with regard to the number of

channels used and with high-speed counter to be used together.

GP-Pro EX Reference Manual "Controlling External I/O" Restrictions

Pulse Acceleration/

Deceleration Speed Available ⎯

ON Duty 50% ± 10% (at 65kHz)*2

*2 The ON Duty error (10%) will be reduced if the Output frequency is low.

19 to 81% (at 65kHz)*3

*3 The ON Duty (effective range) will be widened if the Output frequency is low.

SEE

Installations

1. Installation Requirements

• For easier maintenance, operation, and

improved ventilation, be sure to install the

LT at least 100 mm [3.94 in.] away from

adjacent structures and other equipment.

• Be sure that the surrounding air temperature

and the ambient humidity are within their

designated ranges. (Surrounding air tempera-

ture: 0 to 50°C, Ambient humidity: 10 to

90%RH, Wet bulb temperature: 39°C max.)

When installing the LT on the panel of a cab-

inet or enclosure, “Surrounding air tempera-

ture” indicates both the panel face and

cabinet or enclosure’s internal temperature.

• Be sure that heat from surrounding equip-

ment does not cause the LT to exceed its

standard operating temperature.

2. LT Installation

(1) Create a Panel Cut following the dimen-

sions in the table below.

(2) Confirm that the installation gasket is

attached to the LT unit and then place the

LT unit into the Panel from the front.

• It is strongly recommended that you use

the installation gasket, since it absorbs

vibration in addition to repelling water.

For the procedure for replacing the

installation gasket, refer to “LT3000

Series Hardware Manual”.

(3) The following figures show the four (4)

fastener insertion slot locations. Insert

each fastener’s hook into the slot and

tighten it with a screwdriver. Insert the

installation fasteners securely into the

insertion slot recess.

100

[3.94]

100

[3.94]

100

[3.94] 100

[3.94]

Unit:

mm[in.]

100

[3.94]

100

[3.94]

100

[3.94]

Panel Face Inside Cabinet

Unit: mm [in.]

Xr≤3[0.12] Panel

thickness

LT X Y Panel

thickness

LT-

3300

Series

156.0

[6.14 ]

123.5

[4.86 ]

1.6[0.06]

5.0[0.20]

-0

+0.04

-0

+0.04

-0

Bottom

Insertion

Slots

Top

Insertion Slot Recess

Hook the fastener

on the Recess,

Panel Installation Fastener

Hook and secure the fastener

on the panel with a

screw.

Panel

• Tightening the screws with too much force

can damage the LT unit’s plastic case.

• The necessary torque is 0.5N•m.

• Be sure to insert installation fasteners

in the recessed portion of a installation

fasteners hole. If the fasteners are not

correctly attached, the LT unit may shift

or fall out of the panel.

3. Wiring to the DIO Connector

• Be sure to remove the DIO Connector

from the LT unit prior to starting wiring. Fail-

ure to do so may cause an electric shock.

Items Required to Wire Connectors

Screwdriver

Recommended type: 1891348-1 <Tyco Elec-

tronics AMP.>

If another manufacturer is used, be sure the

part has the following dimensions:

point depth: 1.5mm [0.06in.]

point width: 2.4mm [0.09in.]

Point shape should be DIN5264A, and meet

Security Standard DN EN60900.

Also, the screwdriver’s tip should be flat as

indicated in order to access the narrow hole

of the connector:

DIO Cable Specifications

Connecting the DIO Cable

(1) Insert a flatShead screwdriver, at an angle,

into the tool insertion hole (square-shaped

hole) of the connector.

(2) When inserting the flathead screw driver,

be sure that it is perpendicular to the cen-

ter division wall.

• Make the insertion distance of the flathead

screwdriver approximately 4 mm. Inserting

forcefully may break the inside of the con-

nector and will a cause of contact defect.

Also, do not turn the flathead screwdriver

while the tip is inside of the tool insertion

hole (square-shaped hole).

(3) The adjacent wire insertion hole (round-

shaped hole) will be in an open state.

With the flathead screwdriver still

inserted, insert the wire into the wire

insertion hole (round-shaped hole).

(4) Remove the flathead screwdriver from

the tool insertion hole (square-shaped

hole). The wire insertion hole (round-

shaped hole) will close and the wire will

be secured. In the case of wire removal,

remove the desired wire by inserting a

flathead screwdriver into the correspond-

ing tool insertion hole (square-shaped

hole) following procedures (1) and (2).

(5) Insert the wired DIO connector straight

into the DIO I/F of the LT unit.

• Be sure to strip only the amount of

cover required. If too much cover is

removed, the end wires may short

against each other, or against an elec-

trode, which can create an electric

shock. If not enough cover is removed

the wire cannot carry a charge.

DIO Cable

Diameter AWG24 to 18

UL1015 or UL1007

Conductor Type Stranded Wire*1

*1 If the Conductor’s end (individual) wires are not

twisted correctly, the end wires may either short

against each other, or against an electrode.

Conductor

Length

Screwdriver Tip

Shape

7 mm

[0.28in]

Screwdriver

Wire

Wire insertion hole

(Round-shaped hole)

Tool insertion hole

(Square-shaped hole)

• Do not solder the wire itself. This could

lead to a bad or poor contact.

• Insert each wire completely into its

opening. Failure to do so can lead to a

unit malfunction or short, either against

wire filaments, or against an electrode.

• When wiring, be aware of the installa-

tion position, direction, and twisting of

the wiring as to not develop stress on

the connector. Fix the cable near the

LT by cable clamp and set it loosely as

to not place tension on the connector.

Wiring

yTo avoid an electric shock, prior to

connecting the LT unit’s power cord

terminals to the power terminal block,

confirm that the LT unit’s power supply

is completely turned OFF, via a

breaker, or similar unit.

yAny other power level can damage

both the LT and the power supply.

ySince there is no power switch on the

LT unit, be sure to attach a breaker

switch to its power cord.

yWhen the FG terminal is connected, be

sure the wire is grounded.

1. Wiring the DC type power supply cable

Power Cord Specifications

Use copper conductors only.

Power Connector (Plug) Specifications

• The power connector (plug) is CA5-DCCNM-

01 made by Pro-face or MSTB2,5/3-ST-5,08

made by Phoenix Contact.

When connecting the Power Cord, use the

following items when performing wiring.

(Items are made by Phoenix Contact.)

Connecting the LT Power Cord

(1) Confirm that the LT unit’s Power Cord is

unplugged from the power supply.

(2) Strip the power cord, twist the

conductor’s wire ends, insert them into

the pin terminal and crimp the terminal.

Attach the terminal to the power

connector (plug).

• Use a flat-blade screwdriver (Size 0.6 x

3.5) to tighten the terminal screws.

The torque required to tighten these

screws is 0.5 to 0.6 N•m [5-7Lb•In.].

• Do not solder the cable connection.

Doing so may damage the unit due to

abnormal heat or cause a fire.

Power Cord

Diameter 0.75 to 2.5mm2

(18 - 12 AWG)

Conductor

Type Simple or Stranded Wire*1

*1 If the Conductor’s end (individual) wires are not

twisted correctly, the end wires may either short

against each other, or against an electrode.

Conductor

Length

7 mm

[0.28in]

+ 24V

Grounding

Terminal

connected

to the LT

chassis

Recommended

Driver SZF 1-0.6x3.5

(1204517)

Recommended

Pin Terminals

AI 0.75-8GY (3200519)

AI 1-8RD (3200030)

AI 1.5-8BK (3200043)

AI 2.5-8BU (3200522)

Recommended

Pin Terminal

Crimp Tool CRIMPFOX ZA 3

(1201882)

−

Insertion

Direction

(3) Attach the Power connector (Plug) to the

Power Connector.

2. Power Supply Cautions

• Input and Output signal lines must be sepa-

rated from the power control cables for

operational circuits.

• To improve the noise resistance, be sure to

twist the ends of the power cord wires

before connecting them to the Power con-

nector (Plug).

• The LT unit’s power supply cord should

not be bundled with or kept close to main

circuit lines (high voltage, high current), or

input/output signal lines.

• To reduce noise, make the power cord as

short as possible.

• If the supplied voltage exceeds the LT

unit’s range, connect a voltage transformer.

• Between the line and the ground, be sure to

use a low noise power supply. If there is an

excess amount of noise, connect a noise

reducing transformer.

• The temperature rating of field installed

conductors: 75°C only.

• Use voltage and noise reducing trans-

formers with capacities exceeding

Power Consumption value.

• Must be used with a Class 2 Power Supply.

(24VDC)

• Connect a surge absorber to handle power

surges.

• Be sure to ground the surge absorber

(E1) separately from the LT unit (E2).

Select a surge absorber that has a max-

imum circuit voltage greater than that of

the peak voltage of the power supply.

3. Grounding Cautions

• Be sure to create an exclusive ground for

the Power Cord’s FG terminal. Use a

grounding resistance of 100Ω, a wire of

2mm2 or thicker, or your country’s applica-

ble standard.

• The SG (signal ground) and FG (frame

ground) terminals are connected internally

in the LT unit.

When connecting the SG line to another

device, be sure that the design of the sys-

tem/connection does not produce a short-

ing loop.

• The grounding wire should have a cross

sectional area greater than 2mm2. Create

the connection point as close to the LT unit

as possible, and make the wire as short, as

possible. When using a long grounding

wire, replace the thin wire with a thicker

wire, and place it in a duct.

Power Connector (Socket)

Power Connector (Plug)

Lightening Surge Absorber

E1 E2

LT unit Other

Equipment

Exclusive Grounding

(BEST)

LT unit Other

Equipment

Common Grounding (OK)

LT unit Other

Equipment

Common Grounding

(Not OK)

4. Input/Output Signal Line Cautions

• All LT Input and Output signal lines must

be separated from all operating circuit

(power) cables.

• If this is not possible, use a shielded cable

and ground the shield.

5. Wiring Precautions

• To help prevent noise and interference

problems, separate all control, communica-

tion and power lines by placing them in a

separate ducts.

If different wires must be placed in the same

duct, separate them with an earthed/grounded

divider.

• If the lines cannot be separated, use

shielded lines and create a ground from the

shield line.

• Use noise-reducing external wiring

methods to increase overall system

reliability.

• To prevent power surges or noise inter-

ference, use ducts to separate all DC I/O

or current circuit wires from communi-

cation cables.

• To prevent malfunctions due to noise,

communication cables must be wired

separately from high-frequency lines

and power lines such as high-voltage

lines, high-current lines, and inverters.

To prevent the USB cable

from coming off

• When using USB Host Interface in

Hazardous Locations provided in

ANSI/ISA-12.12.01-2007, please fix

the USB cable with the USB Holder. If

it’s not fixed so that the connector on

the LT’s side and the PLC’s side can-

not come out, the USB Host Interface

cannot be used in the Hazardous

Locations.

Attaching the USB Holder

(1) Before starting the procedure, pull out the

USB cover from the USB holder by hold-

ing the top and bottom of the USB holder

and pressing down the tab on the USB

cover.

(2) With the main unit display part

positioned so that it is facing down,

attach the USB holder to the USB host

interface. Insert the picks on the top of

the USB holder into the attachment holes

on the main unit, and then insert the

holder into the USB host interface so that

the holder is secured in the main unit.

Duct for I/O Sig-

nal Lines Duct for Control

Lines Duct for Power

Lines

I/O Signal

Lines Control

Lines Power

Lines

Grounded

Separators

Duct (non-

conducting

resin/plas-

tic)

Earth/Ground

cPress down the tab,

dAnd pull out

the USB cover.

Attachment Hole

(3) Insert the USB cable into the USB Host

Interface.

(4) Attach the USB cover to the USB host

interface. Hold the USB cover in the

orientation shown in the figure and insert

it into the USB holder.

• Insert the USB cover in the orientation

shown in the illustration above.

Removing the USB Holder

(1) Pull out the USB cover from the USB holder

by pressing down the tab on the USB cover.

(2) Insert the tip of a flat-blade screwdriver

into the hole on the bottom of the USB

holder and raise the handle so that the

USB holder detaches from the USB host

interface.

Installation prerequisites for

standards

For the detailed certification's information,

refer to the Pro-face Home page.

Be aware of the following items when

building the LT into an end-use product:

• The LT unit’s rear face is not approved as

an enclosure. When building the LT unit

into an end-use product, be sure to use an

enclosure that satisfies standards as the

end-use product’s overall enclosure.

• The LT unit must be used indoors only.

• Install and operate the LT with its front

panel facing outwards.

• If the LT is mounted so as to cool itself nat-

urally, be sure to install it in a vertical panel.

Also, it’s recommended that the LT should

be mounted at least 100mm away from any

other adjacent structures or machine parts.

The temperature must be checked on the

final product in which the LT is installed.

• For use on a flat surface of a Type 4X ( Indoor

Use Only ) and / or Type 13 Enclosure.

Hazardous Locations -

Compliance and Handling Cautions*1

(1) Suitable for use in Class I, Division 2,

Groups A, B, C, and D Hazardous Loca-

tions, or Non-Hazardous Locations only.

(2) “WARNING: Explosion hazard-

substitution of any components may

impair suitability for Class I, Division

2”.

(3) WARNING: Explosion hazard-when in

hazardous locations, turn OFF power

before replacing or wiring modules.

(4) “WARNING: Explosion hazard-do not

disconnect equipment unless power has

been switched off or the area is known to

be Non-Hazardous”.

(5) In the case of use in Hazardous Locations, be

sure to check that the externally connected

unit and each interface have been fixed with

screws and locked.

In Hazardous Locations, it’s impossible to

USB Cable

Holder

USB Cover

dAnd pull out

the USB cover.

cPress down the tab,

Screwdriver

insert or pull the cable from the applicable

port. Be sure to check that the location is

Non-Hazardous before inserting or pulling it.

*1 The compliant Rev. with Hazardous Locations

are as follows.

LT-3300T : all Rev.

LT-3300S, LT-3300L, LT-3301L : Rev.1

Revision (page 16)

CE Marking

• The following units are CE marked prod-

ucts complying with the EMC Directive.

For the detailed information, be downloaded

and refer the Declaration of Conformity from

Pro-face Home Page.

Revision

The revision number of the LT is shown in the

label affixed to the LT. In the example shown

below, an asterisk “*” is displayed in the position

where “A” should be, meaning “Rev. A”.

Digital Electronics Corporation

8-2-52 Nanko-higashi

Suminoe-ku, Osaka 559-0031

JAPAN

TEL: +81-(0)6-6613-3116

FAX: +81-(0)6-6613-5888

http://www.pro-face.com/

PFX130161F .LT3300-MT12E-BTH SS/A

LT3300-T1-D24-K LT3300-T1-D24-C

LT3300-S1-D24-K LT3300-S1-D24-C

LT3300-L1-D24-K LT3300-L1-D24-C

LT3301-L1-D24-K LT3301-L1-D24-C

SEE

Inquiry

Do you have any questions about

difficulties with this product?

Please access our site anytime that

you need help with a solution.

http://www.pro-face.com/otasuke/

Please be aware that Digital Electronics Corporation

shall not be held liable by the user for any damages,

losses, or third party claims arising from the uses of

this product.

Note

Pro-face LT3300 Series Installation guide

Pro-face LT3300 Series Installation guide

Pro-face LT3300 Series Installation guide

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